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Solve the Problem Temperature (F)°

question 3

Essay

Solve the problem.
-The one-day temperatures for 12 world cities along with their latitudes are shown in the table below. Make a
scatter diagram for the data. Then find the line of best fit and graph it on the scatter diagram.  City  Temperature (F)  Latitude  Oslo, Norway 3059 Seattle, WA 5747 Anchorage, AK 4061 Paris, France 6148 Vancouver, Canada 5449 London, England 4851 Tokyo, Japan 5535 Cairo, Egypt 8230 Mexico City, Mexico 8419 Miami, FL 8125 New Delhi, India 9528 Manila, Philippines 9314 Latitude (degrees) \begin{array}{l}\begin{array} { c | c | c } \text { City } & \text { Temperature (F) } & \text { Latitude } \\\hline \text { Oslo, Norway } & 30 ^ { \circ } & 59 ^ { \circ } \\\text { Seattle, WA } & 57 ^ { \circ } & 47 ^ { \circ } \\\text { Anchorage, AK } & 40 ^ { \circ } & 61 ^ { \circ } \\\text { Paris, France } & 61 ^ { \circ } & 48 ^ { \circ } \\\text { Vancouver, Canada } & 54 ^ { \circ } & 49 ^ { \circ } \\\text { London, England } & 48 ^ { \circ } & 51 ^ { \circ } \\\text { Tokyo, Japan } & 55 ^ { \circ } & 35 ^ { \circ } \\\text { Cairo, Egypt } & 82 ^ { \circ } & 30 ^ { \circ } \\\text { Mexico City, Mexico } & 84 ^ { \circ } & 19 ^ { \circ } \\\text { Miami, FL } & 81 ^ { \circ } & 25 ^ { \circ } \\\text { New Delhi, India } & 95 ^ { \circ } & 28 ^ { \circ } \\\text { Manila, Philippines } & 93 ^ { \circ } & 14 ^ { \circ }\end{array}\\\text { Latitude (degrees) }\end{array}  Solve the problem. -The one-day temperatures for 12 world cities along with their latitudes are shown in the table below. Make a scatter diagram for the data. Then find the line of best fit and graph it on the scatter diagram.  \begin{array}{l} \begin{array} { c | c | c }  \text { City } & \text { Temperature (F) } & \text { Latitude } \\ \hline \text { Oslo, Norway } & 30 ^ { \circ } & 59 ^ { \circ } \\ \text { Seattle, WA } & 57 ^ { \circ } & 47 ^ { \circ } \\ \text { Anchorage, AK } & 40 ^ { \circ } & 61 ^ { \circ } \\ \text { Paris, France } & 61 ^ { \circ } & 48 ^ { \circ } \\ \text { Vancouver, Canada } & 54 ^ { \circ } & 49 ^ { \circ } \\ \text { London, England } & 48 ^ { \circ } & 51 ^ { \circ } \\ \text { Tokyo, Japan } & 55 ^ { \circ } & 35 ^ { \circ } \\ \text { Cairo, Egypt } & 82 ^ { \circ } & 30 ^ { \circ } \\ \text { Mexico City, Mexico } & 84 ^ { \circ } & 19 ^ { \circ } \\ \text { Miami, FL } & 81 ^ { \circ } & 25 ^ { \circ } \\ \text { New Delhi, India } & 95 ^ { \circ } & 28 ^ { \circ } \\ \text { Manila, Philippines } & 93 ^ { \circ } & 14 ^ { \circ } \end{array}\\ \text { Latitude (degrees) } \end{array}    Temperature (F)° Temperature (F)°


Definitions:

Cumulative Cash Surplus

Cumulative Cash Surplus represents the total amount of cash that exceeds the expenses over a period, indicating a company's financial health and ability to finance its operations.

Cash Balance

The amount of cash a company has on hand at any given time, reflecting its immediate liquidity position.

Capital Expenditure

Funds used by an organization to acquire or upgrade physical assets to improve its long-term capacity and efficiency.

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